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Supplementary material to "Particles under stress: Ultrasonication causes size and recovery rate artifacts with soil derived POM, but not with microplastics"
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Particles under stress: Ultrasonication causes size and recovery rate artifacts with soil derived POM, but not with microplastics
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This study investigated whether ultrasonication, commonly used in soil organic matter fractionation, artifacts the size distribution and recovery rate of both soil particulate organic matter and microplastics. Researchers found that ultrasonication can break up soil organic matter but does not significantly affect microplastic recovery or size distribution.
Particles under stress: ultrasonication causes size and recovery rate artifacts with soil-derived POM but not with microplastics
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Scientists tested whether ultrasound-based extraction methods for soil organic matter might fragment microplastic particles and give misleading results. The study found that common soil analysis methods can alter microplastic sizes, which is an important methodological concern for accurate environmental measurements.
Review
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This is a peer review for a paper on ultrasonication effects on soil organic matter particles and microplastics during fractionation procedures, questioning the methodological approach and calling for more rigorous justification.
Referee 2
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This is a peer review for a paper on ultrasonication effects on recovery rates and size distributions of soil organic matter fractions and microplastics, providing technical feedback on the study methodology.
Effect of ultrasonication conditions on polyethylene microplastics sourced from landfills: A precursor study to establish guidelines for their extraction from environmental matrices
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Researchers established optimal ultrasonication conditions for extracting polyethylene microplastics from landfill samples, finding that specific frequency and duration parameters significantly affect extraction efficiency and particle integrity.
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